CN109048352A - A kind of lock housing automated processing machine tool - Google Patents
A kind of lock housing automated processing machine tool Download PDFInfo
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- CN109048352A CN109048352A CN201810936843.0A CN201810936843A CN109048352A CN 109048352 A CN109048352 A CN 109048352A CN 201810936843 A CN201810936843 A CN 201810936843A CN 109048352 A CN109048352 A CN 109048352A
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- plate
- lock housing
- pedestal
- cylinder
- bracket
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/02—Machine tools for performing different machining operations
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
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- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Drilling And Boring (AREA)
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
The invention is related to a kind of lock housing automated processing machine tool, including pedestal, feeding mechanism and controller are provided on pedestal, burring mechanism is disposed with along the feed direction of feeding mechanism, expand hole of bead mechanism, attack screw holes mechanism and tapping mechanism, the feeding mechanism and the first fraising mechanism for being located at feeding mechanism rear and front end and the second fraising mechanism positioned at feeding mechanism front end are additionally provided on pedestal, be additionally provided on pedestal positioned at feeding mechanism rear end unloading mechanism and be located at the first chamfer mechanism and the second chamfer mechanism of unloading mechanism rear and front end, collect multiplexing and is located at one, it is automatically performed fraising deburring, insert the deburring of gallbladder hole, expand the hole of bead, drill screw holes, screw hole, attack the processes such as thread and bracket groove Hole chamfering, and the running of each mechanism is controlled by controller, high degree of automation, it substantially reduces and adds Between working hour, realizes the consistent operation between each process, reduce the accumulation of mismachining tolerance, effectively improve product qualification rate.
Description
[technical field]
The invention is related to machining tool technical field, especially a kind of lock housing automated processing machine tool.
[background technique]
The process of lock housing include fraising deburring, insert the deburring of gallbladder hole, expand the hole of bead, drill screw holes, fall screw hole, attack
The processes such as thread and bracket groove Hole chamfering, and processing method in the prior art is by the way that workpiece to be manually put into different add one by one
Processed in work lathe, due between each process can not consistent operation, result in the need for a large amount of labour could complete feeding,
Blanking and haul, not only large labor intensity, production efficiency is low, and the incoherence between each process also results in mismachining tolerance
Accumulation, product qualification rate is low, need to design thus a high degree of automation, collection multiplexing be located at one lock housing automation
Machining tool.
[summary of the invention]
To solve the above problems, the invention provides a kind of high degree of automation, collection multiplexing be located at the lock housing of one from
Dynamicization machining tool.
To achieve the above object, the invention provides the following technical solutions:
A kind of lock housing automated processing machine tool, including pedestal are provided with feeding mechanism and controller on the pedestal, along
The feed direction of the feeding mechanism is disposed with burring mechanism, expands hole of bead mechanism, attacks screw holes mechanism and tapping mechanism,
Be additionally provided on the pedestal positioned at the feeding mechanism front end feeding mechanism and be located at two before and after the feeding mechanism
The first fraising mechanism at end and the second fraising mechanism, are additionally provided with the material returned machine positioned at the feeding mechanism rear end on the pedestal
Structure and the first chamfer mechanism and the second chamfer mechanism for being located at the unloading mechanism rear and front end, the feeding mechanism include
It slides guide rail and described slide in guide rail and can be with respect to the delivery sheet of its upper and lower bilateral reciprocation, under the lock housing is set
End has a bracket groove, and the upper end of the delivery sheet, which is provided with, several can be inserted into the bracket groove and the lock housing is driven to slide described in
The handsetting block base of tracks travel, the front end of the feeding mechanism are provided with and the lock housing of the feeding mechanism can be brought into described slide lead
Preceding dragging mechanism in rail, rear end are provided with the rear material drag machine that can be brought the lock housing in dragging track into the unloading mechanism
Structure；The feeding mechanism, burring mechanism expand hole of bead mechanism, attack screw holes mechanism, tapping mechanism, feeding mechanism, the first fraising
Mechanism, the second fraising mechanism, unloading mechanism, the first chamfer mechanism, the second chamfer mechanism, preceding dragging mechanism and rear dragging mechanism point
It is not electrically connected with the controller.
Preferably, it is further defined in that the feeding mechanism includes the first lifting backing plate and is arranged in institute
The upper end of the first lifting backing plate and opposite first lifter plate that it is moved up and down of energy are stated, is provided with first on first lifter plate
Rotating clamp base and the first rotation cylinder for driving the first rotating clamp base rotation；It is described first lifting backing plate on be additionally provided with into
Expect rail brackets, is provided with the material frame plate positioned at first rotating clamp base upper end, the material frame on the feed lead rail bracket
It is provided with the storage material frame of the first rotating clamp base described in face on plate, several lock housings, the material frame plate can be stored on the storage material frame
On be provided with can for the lock housing by gravity passes through and falls into first rotating clamp base feed opening with can control
The discharge flapper that the feed opening opens or closes；Lock housing can be fixed on described by being additionally provided on the feed lead rail bracket
The first positioning component in one rotating clamp base；First fraising mechanism includes the first support being fixedly connected with the base, described
It is provided with the first carriage saddle in first support, being provided on first carriage saddle can be moved forward and backward along the y axis with respect to it
The output shaft of first power head, first power head is connected with the first cutter；There are two concentric for the lower end tool of the lock housing
Round tube portion, be formed with the bracket groove between two round tube portions, first power head drives first cutter to insert
Enter and reams in one of them described round tube portion；The second fraising mechanism and the first fraising mechanism structure are same or similar.
Preferably, it is further defined in that the feeding mechanism further includes the iron being arranged in the pedestal
Rail and lift connection plate positioned at the rail lower end are provided in the lift connection plate and match with the rail and can phase
The first sliding block to horizontally slip to it, being provided in first sliding block can be with respect to the elevator that it is slided up and down, the lifting
The upper end of block is fixedly connected with the delivery sheet；Being additionally provided in the lift connection plate can drive the delivery sheet to move up and down
Feeding lifting cylinder；The lift connection plate be also connected with can drive its relative to the rail move left and right without bar gas
Cylinder；The lower end of the lift connection plate is additionally provided with first movement connecting plate and the second mobile connection plate, the rodless cylinder
Both ends are fixedly connected with the first movement connecting plate and the second mobile connection plate respectively, the sliding shoe of the rodless cylinder and institute
It states pedestal to be fixedly connected, is respectively arranged with speed regulator on the first movement connecting plate and the second mobile connection plate.
Preferably, it is further defined in that the burring mechanism includes being fixedly connected with the base
Fixed frame, the cylinder guidance plate being provided on the fixed frame above the dragging track are also set up on the fixed frame
There is the punching cylinder that the cylinder guidance plate can be driven to move up and down, the lower end of the cylinder guidance plate is provided with several arrays point
The red needle of cloth.
Preferably, it is further defined in that the expansion hole of bead mechanism includes being fixedly connected with the base
Second support is provided with horizontal slide unit seat in the second support, and being provided on the horizontal slide unit seat can be with respect to it along X-axis side
The longitudinal slide unit seat moved left and right is provided with can be moved forward and backward along the y axis with respect to it second on the longitudinal slide unit seat
The output shaft of power head, second power head is connected with the second cutter.
Preferably, be further defined in that it is described attack there are two screw holes mechanism is arranged altogether, be located at institute
The front and rear sides of dragging track are stated, the screw holes mechanism of attacking includes the third bracket being fixedly connected with the base, and described
Third power head is provided on three brackets, the output shaft of the third power head is connected with third cutter, the third cutter
Front end has bore portion and the corner portion positioned at the bore portion rear end, and the lateral surface of the corner portion is inclined-plane, the chamfering
The radial maximum width in portion is greater than the radial maximum width of the bore portion.
Preferably, it is further defined in that the tapping mechanism includes be fixedly connected with the base
Four brackets are provided with the 4th cutter on the 4th bracket and drive the 4th power head of the 4th cutter rotation.
Preferably, it is further defined in that the unloading mechanism includes the second lifting backing plate and is arranged in institute
The upper end of the second lifting backing plate and opposite second lifter plate that it is moved up and down of energy are stated, is provided with second on second lifter plate
Rotating clamp base and the second rotation cylinder for driving the second rotating clamp base rotation；Being provided in second rotating clamp base can incite somebody to action
The second positioning component that lock housing is fixed therein；First chamfer mechanism includes the 5th be fixedly connected with the base
Frame is provided with the second carriage saddle on the 5th bracket, and being provided on second carriage saddle can be with respect to its front and back along the y axis
The output shaft of the 5th mobile power head, the 5th power head is connected with thimble；Second chamfer mechanism and described first
Chamfer mechanism structure is similar, and second chamfer mechanism includes rose reamer group and the 6th power for driving the rose reamer group rotation
Head, the rose reamer group include knife handle and expansion knife, the fixed company of the output shaft of the rear end of the knife handle and the 6th power head
It connects, the expansion slot that can accommodate the expansion knife is provided in the middle part of the knife handle, the expansion cutter has the first elastic arm and the
The rear end of two elastic arms, first elastic arm and the second elastic arm is connected to form fixed part, the fixed part and the expansion
Slot is fixedly connected, and the front end difference outwardly convex of first elastic arm and the second elastic arm forms cutting part, the cutting part
Both ends have chamfering section, be formed between first elastic arm and the second elastic arm for the thimble insertion it is swollen
Swollen space；The lower end of the lock housing has bracket groove and positioned at the round tube portion of the bracket groove two sides, when chamfering, the front end of the knife handle
It passes through one of the round tube portion and protrudes into the bracket groove, the thimble is passed through and is inserted into from round tube portion described in another
In the expansion space, stretch out the cutting part outside the expansion slot, the side of bracket groove described in the circumgyration incision of the chamfering section
Edge.
Preferably, be further defined in that the dragging track include it is symmetrical on the base
First sliding rail and the second sliding rail, being provided on the outside of first sliding rail several can be fixed on lock housing in the dragging track
Third positioning component；The preceding dragging mechanism and rear dragging mechanism are separately positioned on the outer of the rear and front end of second sliding rail
Side, the preceding dragging mechanism includes can be relative to the preceding material drag plate that second sliding rail all around moves, the preceding material drag plate
Side evagination be formed with and can be inserted into or extract preceding material drag portion in the bracket groove, the front end of second sliding rail is provided with for institute
The first material drag notch that material drag portion passes through before stating；The preceding dragging mechanism and rear material drag mechanism structure are same or similar.
Preferably, it is further defined in that the preceding dragging mechanism further includes that material drag fixed plate and cylinder are solid
Determine part, the material drag fixed plate is fixedly connected with the base, and slide rail body, the sliding rail are provided in the material drag fixed plate
The first guide rod that can be slid back and forth with respect to it is provided in main body, one end of first guide rod is fixed with the cylinder fixing piece
It connects, being additionally provided on the slide rail body can drive the cylinder fixing piece with respect to the first material drag cylinder that it is moved forward and backward；
Be provided with the second guide rod that can be horizontally slipped with respect to it on the cylinder fixing piece, one end of second guide rod with it is described before drag
Flitch is fixedly connected, and being additionally provided on the cylinder fixing piece can drive the preceding material drag plate second to drag with respect to what it was moved left and right
Expect cylinder.
The beneficial effect of the invention is: the invention collection multiplexing is located at one, controls each machine by controller
Lock housing can be transported in different mechanisms and complete fraising deburring, insert the deburring of gallbladder hole, expand the hole of bead, auger shell by the operation of structure
Nail hole, fall screw hole, attack the processes such as thread and bracket groove Hole chamfering, high degree of automation only need to once be fed and the material returned, be contracted significantly
Short process time, improve production efficiency；But also it can be avoided because discontinuous between upper and lower process leads to mismachining tolerance
Accumulation, effectively improve product qualification rate.
[Detailed description of the invention]
Fig. 1 is the structural schematic diagram of the invention；
Fig. 2 is the partial structural diagram of the invention；
Fig. 3 is enlarged diagram at A in Fig. 2；
Fig. 4 is the structural schematic diagram of lock housing；
Fig. 5 is the structural schematic diagram of feeding mechanism；
Fig. 6 is the decomposition diagram of feeding mechanism；
Fig. 7 is the structural schematic diagram of storage material frame；
Fig. 8 is the structural schematic diagram of the first fraising mechanism；
Fig. 9 is the structural schematic diagram of feeding mechanism；
Figure 10 is the decomposition diagram of feeding mechanism；
Figure 11 is the structural schematic diagram of burring mechanism；
Figure 12 is the decomposition diagram of burring mechanism；
Figure 13 is the structural schematic diagram for expanding hole of bead mechanism；
Figure 14 is the decomposition diagram for expanding hole of bead mechanism；
Figure 15 is the structural schematic diagram for attacking screw holes mechanism；
Figure 16 is the structural schematic diagram of third cutter；
Figure 17 is the structural schematic diagram of tapping mechanism；
Figure 18 is the structural schematic diagram of unloading mechanism；
Figure 19 is the structural schematic diagram of the first chamfer mechanism；
Figure 20 is the structural schematic diagram of the second chamfer mechanism；
Figure 21 is the structural schematic diagram of rose reamer group；
Figure 22 is the decomposition diagram of rose reamer group；
Figure 23 is the structural schematic diagram of preceding dragging mechanism；
Figure 24 is the structural schematic diagram of third positioning component.
[specific embodiment]
Below in conjunction with the drawings and specific embodiments, invention is further described in detail:
As shown in attached drawing 1, attached drawing 2, a kind of lock housing automated processing machine tool, including pedestal 1 is provided on the pedestal 1
The common single-chip microcontroller of automated machine tool in the prior art or programmable control can be used in feeding mechanism 3 and controller 11, controller 11
Device processed etc. realizes automation control by digital control system.Deburring is disposed with along the feed direction of the feeding mechanism 3
Mechanism 4 expands hole of bead mechanism 5, attacks screw holes mechanism 6 and tapping mechanism 7, is additionally provided on the pedestal 1 positioned at the feeder
The feeding mechanism 2 of 3 front end of structure and the first fraising mechanism 21 and the second broach(ing) machine for being located at 2 rear and front end of feeding mechanism
Structure 22, be additionally provided on the pedestal 1 positioned at 3 rear end of feeding mechanism unloading mechanism 8 and be located at the material returned machine
The first chamfer mechanism 81 and the second chamfer mechanism 82 of 8 rear and front end of structure, the feeding mechanism 3 include sliding guide rail and being arranged to exist
It is described to slide in guide rail and be with respect to the delivery sheet 301 of its upper and lower bilateral reciprocation, as shown in Fig. 4, under the lock housing 9
End has a bracket groove 91, and the upper end of the delivery sheet 301, which is provided with, several can be inserted into the bracket groove 91 and drive 9 edge of lock housing
Lock housing is transported in each mechanism by the reciprocating motion of handsetting block base 302 and is completed by the handsetting block base 302 that the dragging track slides
The processing of some certain working procedure only need to once feed and the material returned, substantially reduce process time, improve production efficiency.It is described
The front end of feeding mechanism 3, which is provided with, can bring the lock housing 9 of the feeding mechanism 2 into the preceding dragging mechanism slided in guide rail
32, rear end is provided with the rear dragging mechanism 33 that can be brought the lock housing 9 in dragging track into the unloading mechanism 8；The feeding
Mechanism 3, burring mechanism 4 expand hole of bead mechanism 5, attack screw holes mechanism 6, tapping mechanism 7, the fraising of feeding mechanism 2, first mechanism
21, the second fraising mechanism 22, unloading mechanism 8, the first chamfer mechanism 81, the second chamfer mechanism 82, preceding dragging mechanism 32 and rear dragging
Material mechanism 33 be electrically connected with the controller 11 respectively, and realization automation control is fitted close between each mechanism, can be avoided because
The discontinuous accumulation for leading to mismachining tolerance between upper and lower process, effectively improves product qualification rate.
As shown in attached drawing 5, attached drawing 6 and attached drawing 8, the feeding mechanism 2 includes the first lifting backing plate 201 and is arranged described
First goes up and down the upper end of backing plate 201 and opposite first lifter plate 202 that it is moved up and down of energy, sets on first lifter plate 202
The first rotation cylinder 204 for being equipped with the first rotating clamp base 203 and first rotating clamp base 203 being driven to rotate, rotation cylinder 204
The first rotating clamp base 203 to be able to drive and rotating 90 ° using technological means, realize the commutation processing of lock housing 9；First rotation
The upper end for turning holder 203 is hatch frame, forms material folding chamber.Feed lead rail branch is additionally provided on the first lifting backing plate 201
Frame 205 is provided with the material frame plate 206 positioned at 203 upper end of the first rotating clamp base on the feed lead rail bracket 205, described
It is provided with the storage material frame 207 of the first rotating clamp base 203 described in face on material frame plate 206, can be stored on the storage material frame 207 several
Lock housing 9, being provided on the material frame plate 206 can be passed through by gravity for the lock housing 9 and fall into first rotating clamp
Seat 203 in feed opening 209 and can control the discharge flapper 208 that the feed opening 209 opens or closes, each duty cycle
It is interior, it is only put into a lock housing 9 and enters in the first rotating clamp base 203；Being additionally provided on the feed lead rail bracket 205 can be by lock housing
9 are fixed on the first positioning component 23 in first rotating clamp base 203；First fraising mechanism 21 includes solid with the pedestal 1
Surely the first support 211 connected, is provided with the first carriage saddle 212 in the first support 211, on first carriage saddle 212
It is provided with the first power head 213 that can be moved forward and backward along the y axis with respect to it, the output axis connection of first power head 213
There is the first cutter 214, first power head 213 can be used the power head of model HD3-60 in the prior art, be able to drive
First cutter 214 front and back fine tuning and rotation fraising along the y axis.There are two concentric circles for the lower end tool of the lock housing 9
Pipe portion 92, is formed with the bracket groove 91 between two round tube portions 92, and first power head 213 drives first knife
Tool 214, which is inserted in one of in the round tube portion 92, to ream；The second fraising mechanism 22 and the first fraising 21 knot of mechanism
Structure is same or similar, and the cutter of the second fraising mechanism 22, which is inserted into another described round tube portion 92, to ream, the first fraising
Mechanism 21 and the second fraising mechanism 22 simultaneously respectively ream to two round tube portions 92, greatly shorten processing duration, mention
High formation efficiency.After the completion of fraising, rotation cylinder 204 drives the first rotating clamp base 203 to rotate 90 °, realizes changing for lock housing 9
To, convenient for preceding dragging mechanism 32 by complete fraising process lock housing be dragged in dragging track enter a next process processing.
Furthermore, the first positioning component 23 includes the positioning plate being arranged on the feed lead rail bracket 205
221 the first positioning cylinders 222 being moved forward and backward with the drive positioning plate 221, the front end spirogyrate of the positioning plate 221
At there is the first positioning region 223 that can be inserted into the bracket groove 91, the side of first rotating clamp base 203 is provided with locating notch
224, when fraising, first positioning region 223 passes through the locating notch 224 and is inserted into the bracket groove 91, and it is fixed to play to lock housing 9
Position effect reduces fraising mismachining tolerance, effectively improves product qualification rate.The upper end of the material frame plate 206 is provided under described
Expect that the blanking groove 225 that baffle 208 is moved forward and backward, the blanking groove 225 are penetrated through with feed opening 209, also set on the material frame plate 206
It is equipped with the blanking cylinder 226 that the discharge flapper 208 can be driven to be moved forward and backward along the blanking groove 225, when charging, blanking cylinder
226 drive discharge flappers 208, which are moved forward and backward, realizes opening or closing for feed opening 209, and structure is simple.
As shown in Fig. 7, the storage material frame 207 includes the first storage material plate 231 and the second storage material plate 232, described first
The storage material space 233 that can accommodate the lock housing 9, the first storage material plate are formed between storage material plate 231 and the second storage material plate 232
231 medial surface is provided with inwardly protruded first pinch of material portion 234, and the medial surface of the second storage material plate 232 is provided with inwardly
Second pinch of material portion 235 of protrusion, the upper end in first pinch of material portion 234 is tilted with upwards puts material portion 236, further
It says, first pinch of material portion 234 and puts material portion 236 and can be integrally formed, or splicing structure, and pass through hinged and positioning knot
Structure realizes the angular adjustment for putting material portion 236；The medial surface of shown first storage material plate 231 has been recessed the first mounting groove, described
First pinch of flitch is installed, the length of first pinch of flitch is greater than the depth of first mounting groove, makes in the first mounting groove
The outside of first pinch of flitch is exposed to form first pinch of material portion 234；The medial surface concave shaped of the second storage material plate 232
At there is the second mounting groove, second pinch of flitch is installed in second mounting groove, the length of second pinch of flitch is greater than described
The depth of second mounting groove makes the outside of second pinch of flitch is exposed to form second pinch of material portion 235.It is described when charging
The upper end for putting material portion 236 is inserted into the bracket groove 91, and two round tube portions 92 are located at the two sides for putting material portion 236, described
The height in second pinch of material portion 235 is higher than the height in first pinch of material portion 234, and the lock housing 9 is enable to slide by gravity
Entering in the storage material space 233, first pinch of material portion 234 and second pinch of material portion 235 are inserted into respectively in the bracket groove 91, and two
The round tube portion 92 is located at the two sides in first pinch of material portion 234 and second pinch of material portion 235, is realized certainly by gravity
Dynamic blanking is not necessarily to electric structure, ingenious in design.
In order to improve the security performance of equipment, prevents from leading to the generation of collision accident because of operating mistake or program mal, cut with scissors
Need to be promoted the first rotating clamp base 203 when hole, with dragging track not in same level, before effectivelying prevent dragging mechanism 32 with
Second fraising mechanism 22 collides, and after fraising, the decline of the first rotating clamp base 203 is maintained at the same horizontal plane with dragging track, just
The lock housing for completing fraising process is dragged in dragging track in preceding dragging mechanism 32, after lock housing is dragged away, the first rotating clamp base 203
Rise and reset, feed opening 209 is opened, and next lock housing falls into the first rotating clamp base 203 and processed.It exists in the prior art
Numerous embodiments can be realized the lifting of the first rotating clamp base 203, in the present embodiment, enumerate one of embodiment,
It is provided with first straight line bearing 227 on the first lifting backing plate 201, first lifter plate 202 passes through first straight line track
228 match with the first straight line bearing 227, and first lifting can be driven by being provided on the first lifting backing plate 201
For plate 202 relative to the charging lifting cylinder that moves up and down of the first lifting backing plate 201, first straight line track 228 can make the
The lifting of one lifter plate 202 is more steady.
In the prior art, there are numerous embodiments can be realized moving up and down for delivery sheet 301, in this implementation
One of embodiment is enumerated in example, as shown in attached drawing 9, attached drawing 10, the feeding mechanism 3 further includes being arranged in the pedestal
Rail 303 in 1 and the lift connection plate 304 positioned at 303 lower end of rail, be provided in the lift connection plate 304 with
The first sliding block 305 that the rail 303 matches and can horizontally slip with respect to it, being provided in first sliding block 305 can phase
The elevator 306 slided up and down to it, the upper end of the elevator 306 are fixedly connected with the delivery sheet 301；The lifting connects
The feeding lifting cylinder 307 that the delivery sheet 301 can be driven to move up and down is additionally provided on fishplate bar 304；It is moved down on delivery sheet 301
Elevator 306 moves up and down in the first sliding block 305 when dynamic, plays position-limiting action to the movement of delivery sheet 301 and makes its fortune
It is dynamic more steady.The lift connection plate 304 be also connected with can drive its relative to the rail 303 move left and right without bar gas
Cylinder 308；Furthermore, the lower end of the lift connection plate 304 is additionally provided with first movement connecting plate 309 and the second movement
Connecting plate 310, the both ends of the rodless cylinder 308 respectively with the first movement connecting plate 309 and the second mobile connection plate 310
It is fixedly connected, the sliding shoe 311 of the rodless cylinder 308 is fixedly connected with the pedestal 1, is driven and is risen by rodless cylinder 308
Drop connecting plate 304 moves left and right, to realize moving left and right for delivery sheet 301, when mobile, the first sliding block 305 is along rail 303
It moves left and right.It is respectively arranged with speed regulator 312 on the first movement connecting plate 309 and the second mobile connection plate 310, makes feeding
The movement of plate 301 is more steady.
As described in attached drawing 11, attached drawing 12, the burring mechanism 4 includes the fixed frame 41 being fixedly connected with the pedestal 1,
The cylinder guidance plate 42 being provided with above the dragging track on the fixed frame 41 is additionally provided on the fixed frame 41
The punching cylinder 43 that the cylinder guidance plate 42 can be driven to move up and down, the lower end of the cylinder guidance plate 42 is provided with several battle arrays
The red needle 44 of column distribution.The upper end of the lock housing 9 is provided with several slotting gallbladder holes 93, and the number of red needle 44 is according to for inserting gallbladder hole 93
It counts and is arranged, the interval between adjacent red needle 44 is identical as the interval between adjacent slotting gallbladder hole 93.When deburring, punching cylinder 43
It drives cylinder guidance plate 42 to move down, deburring is carried out to multiple slotting gallbladder holes 93 simultaneously by multiple red needles 44, is greatly shortened
Duration is processed, processing efficiency is effectively improved.
Furthermore, the lower end of the cylinder guidance plate 42 is provided with red needle connector 45, the red needle connector
Fixing groove 46 is provided in 45, the lower end of the fixing groove 46, which is provided with, to be connected and for the red needle 44 with the fixing groove 45
The red needle notch 47 passed through is provided with the fastening assembly 48 for clamping 44 upper end of red needle, mushroom in the fixing groove 46
Component 48 can clamp multiple red needles 44 simultaneously, and can in fixing groove 46 left and right adjusting, when maintenance fastening assembly 48 can be released
Replacement, it is easy to maintenance.In order to keep the movement of cylinder guidance plate 42 more steady, second straight line axis is provided on the fixed frame 41
49 are held, the third guide rod 40 to match with the second straight line bearing 49, the third are provided on the cylinder guidance plate 42
Guide rod 40 plays limit and guiding role to cylinder guidance plate 42.
As shown in attached drawing 13, attached drawing 14, the expansion hole of bead mechanism 5 includes the second support being fixedly connected with the pedestal 1
501, horizontal slide unit seat 502 is provided in the second support 501, and being provided on the horizontal slide unit seat 502 can be with respect to it along X
The longitudinal slide unit seat 503 that axis direction moves left and right, being provided on the longitudinal slide unit seat 503 can be with respect to its front and back along the y axis
The second mobile power head 504, the output shaft of second power head 504 are connected with the second cutter, which can
Realize the movement of X-axis, Y-axis and Z axis, the power head of model HD3-60 in the prior art can be used in the second power head 504, described
Second cutter enter depth be less than the slotting gallbladder hole 93 depth, cut radius be greater than the slotting gallbladder hole 93 radius, second
Cutter is inserted into the upper end in gallbladder hole 93 and end circumgyration incision forms the expansion hole of bead on it.
Furthermore, be provided with cross lead screw 505 on the horizontal slide unit seat 502 and two be symmetrically distributed in it is described
The horizontal slide rail 506 of 505 two sides of cross lead screw, the cross lead screw 505 can be driven by being additionally provided on the horizontal slide unit seat 502
The lateral dynamics motor 507 of rotation, the lower end of the longitudinal slide unit seat 503 is fixedly connected with cross slide 508, described laterally sliding
The lower end of plate 508 be provided with the transverse slider 509 to match with the horizontal slide rail 506 and with 505 screw thread of cross lead screw
The lateral nut 510 of connection；Pass through cooperation, horizontal slide rail 506 and the transverse slider 509 of cross lead screw 505 and lateral nut 510
Cooperation realize X-axis axial movement of the longitudinal slide unit seat 503 on horizontal slide unit seat 502, structure is simple, mobile steady.It is described
It is provided with longitudinal screw mandrel 511 on longitudinal slide unit seat 503 and two longitudinal slide rails for being symmetrically distributed in 511 two sides of longitudinal screw mandrel
512, the Longitudinal motor 513 that the longitudinal screw mandrel 511 can be driven to rotate, institute are additionally provided on the longitudinal slide unit seat 503
The side for stating power head 504 is provided with second support 514, and the lower end of the second support 514 is provided with longitudinal slide 515, institute
State longitudinal slide 515 lower end be provided with the longitudinal sliding block 516 to match with the longitudinal slide rail 512 and with the longitudinal screw mandrel
The 511 longitudinal nuts 517 being threadedly coupled；Pass through the cooperation of longitudinal screw mandrel 511 and longitudinal nut 517, longitudinal slide rail 512 and longitudinal direction
Y-axis axial movement of the power head 504 on longitudinal slide unit seat 503 is realized in the cooperation of sliding block 516, and structure is simple, mobile steady.
The expansion hole of bead mechanism 5 could be applicable to insert the deburring of gallbladder hole by replacing different cutters and changing depth of cut
Process.Furthermore, red needle in the prior art can be used in the second cutter, and the depth of cut of the second cutter is greater than or equal to
The depth in the slotting gallbladder hole 93, cut radius are equal to the radius in the slotting gallbladder hole 93, by constantly moving up and down
Gallbladder hole successively is inserted to each and carries out deburring, the expansion hole of bead mechanism is applied widely.
It is described to attack screw holes mechanism 6 altogether there are two settings as shown in attached drawing 15, attached drawing 16, it is located at and described slides rail
The front and rear sides in road, the screw holes mechanism 6 of attacking includes the third bracket 61 being fixedly connected with the pedestal 1, the third branch
Third power head 62 is provided on frame 61, the output shaft of the third power head 62 is connected with third cutter 63, and shown lock housing 9 has
There is screw hole 94, the front end of the third cutter 63 has bore portion 64 and the corner portion 65 positioned at 64 rear end of bore portion,
The lateral surface of the corner portion 65 is inclined-plane, and the radial maximum width of the corner portion 65 is greater than the radial direction of the bore portion 64 most
Big width only needs a feed that can complete the drill screw holes of screw hole 94 and the process of falling screw hole, effectively improves production efficiency；
It attacks screw mechanism 6 for two and chamfering is carried out to the two sides of screw hole 94 respectively.The third power head 62 can be used in the prior art
The power head of model HD3-60 is able to drive the third cutter 63 and is moved forward and backward and rotates along the y axis, when rotation,
Corner 65 directly carries out chamfering to screw hole 94.
As shown in Fig. 17, the tapping mechanism 7 is similar to the structure for attacking screw holes mechanism 6, only cutter and feed
Depth is different.The tapping mechanism 7 includes the 4th bracket 71 being fixedly connected with the pedestal 1, is set on the 4th bracket 71
It is equipped with the 4th cutter 72 and drives the 4th power head 73 of the 4th cutter 72 rotation, the 4th power head 73 can be in the prior art
The power head of model HD3-60 is able to drive 72 feed of the 4th cutter, withdrawing and rotation tapping, when tapping, the 4th cutter 72
It is inserted into screw hole 94 and carries out tapping.
As shown in attached drawing 18 to attached drawing 22, the unloading mechanism 8 includes the second lifting backing plate 801 and is arranged described second
The upper end of backing plate 801 and opposite second lifter plate 802 that it is moved up and down of energy are gone up and down, is provided on second lifter plate 802
Second rotating clamp base 803 and the second rotation cylinder 804 for driving second rotating clamp base 803 to rotate；Realize the commutation of lock housing
Processing, the controller 11 are the conventional techniques hand of this field by the rotation of the second rotation cylinder 804 described in solenoid valve control
Section；It is provided with the second positioning component that lock housing 9 can be fixed therein in second rotating clamp base 803, prevents chamfer machining
When lock housing shake, reduce mismachining tolerance.In the present embodiment, the structure of the unloading mechanism 8 and the feeding mechanism 2
Structure is similar.Realize the method for the second rotating clamp base 803 lifting with realize that the first rotating clamp base 203 goes up and down method is identical or phase
Seemingly.It is described second lifting backing plate 801 on be provided with several third linear bearings 805, be provided on second lifter plate 802 with
The second straight line track 806 that the third linear bearing 805 matches, it is described second lifting backing plate 801 on be additionally provided with energy band
Move the opposite material returned lifting cylinder 807 that it moves up and down of second lifter plate 802.The lock housing 9 for completing tapping process enters the
After two rotating clamp bases 803, the second lifter plate 802 drives the second rotating clamp base 803 to rise, and falls with the first chamfer mechanism 81 and second
Angle mechanism 82 is maintained on same level machined surface, after the completion of chamfering, 803 spinning reduction of the second rotating clamp base, and the second lifter plate
802 drive the decline of the second rotating clamp base 803, are maintained at the same horizontal plane with dragging track, rear dragging mechanism 33 will be next
Lock housing is dragged in the second rotating clamp base 803, while the lock housing in the second rotating clamp base 803 being squeezed out, and completes the material returned.The pedestal
1 rear end is provided with pallet 16, is additionally provided between second rotating clamp base 803 and pallet 56 on the pedestal 1
Material returned slideway 17, the lock housing for completing bracket groove Hole chamfering is slid into pallet 16 by material returned slideway 17 to be stored.The second positioning group
Part includes the positioning plate 841 being arranged in second rotating clamp base 803, and locating slot is provided on the positioning plate, described fixed
It is hinged with material returned locating piece 842 in the slot of position, the lower end bending of the material returned locating piece 842, which is formed, can be inserted into the bracket groove 91
Location hook, be additionally provided on the positioning plate can push the rotation of material returned locating piece 842 make the location hook insertion it is described in
Single-acting cylinder in the prior art can be used in Locating driver cylinder 843 in slot 91, the Locating driver cylinder 843.
First chamfer mechanism 81 includes the 5th bracket 811 being fixedly connected with the pedestal 1, the 5th bracket
It is provided with the second carriage saddle 812 on 811, being provided on second carriage saddle 812 can be moved forward and backward along the y axis with respect to it
5th power head 813, the output shaft of the 5th power head 813 are connected with thimble 814, and the 5th power head 813 can be used existing
The power head of model HD3-60 in technology is able to drive the thimble 814 and is inserted into bracket groove 91 along Y-axis side from round tube portion 92.
Second chamfer mechanism 82 is similar to 81 structure of the first chamfer mechanism, and second chamfer mechanism 82 includes rose reamer group
Model in the prior art can be used in 821 the 6th power heads 822 rotated with the drive rose reamer group 821, the 6th power head 822
For the power head of HD3-60, it is able to drive the rose reamer group 821 and is inserted into bracket groove 91 and the cooperation of thimble 814 from round tube portion 92.
The rose reamer group 821 includes knife handle 823 and expansion knife 824, the rear end of the knife handle 823 and the 6th power
First 822 output shaft is fixedly connected, and the middle part of the knife handle 823 is provided with the expansion slot 825 that can accommodate the expansion knife 824,
The expansion knife 824 has the first elastic arm 826 and the second elastic arm 827, first elastic arm 826 and the second elastic arm
827 rear end is connected to form fixed part 831, and the fixed part 831 is fixedly connected with the expansion slot 825, first elasticity
The front end of arm 826 and the second elastic arm 827 distinguishes outwardly convex and forms cutting part 828, and the both ends of the cutting part 828 have
Angle section 829 is formed with for the swollen of the thimble 814 insertion between first elastic arm 826 and the second elastic arm 827
Swollen space 830；The lower end of the lock housing 9 has bracket groove 91 and positioned at the round tube portion 92 of 91 two sides of bracket groove, described when chamfering
The front end of knife handle 823 passes through one of the round tube portion 92 and protrudes into the bracket groove 91, the thimble 814 from another
The round tube portion 92 passes through and is inserted into the expansion space 830, stretches out the cutting part 828 outside the expansion slot 825, institute
The edge of bracket groove 91 described in 829 circumgyration incision of chamfering section, clever structure are stated, while the both sides of the edge of centering slot are fallen
Angle reduces activity time, effectively improves production efficiency.In addition, the medial surface of two cutting parts 828 is inclined-plane, in institute
The front end for stating expansion space 830 is formed with the hatch frame being gradually increased from inside to outside, and it is empty to be inserted into the expansion convenient for thimble 814
Between in 830.
In the present embodiment, since the formation of the 5th power head 813 and the 6th power head 822 is limited, it is therefore desirable to increase
Servo mobile mechanism drives the movement of the 5th power head 813 and the 6th power head 822.Furthermore, described second is sliding
It is provided with third sliding rail 815 on pedestal 812, the lower end of the 5th power head 813 is provided with the first slide plate 816, and described first
The lower end of slide plate 816 is provided with the second sliding block 817 to match with the third sliding rail 815, goes back on second carriage saddle 812
Being provided with can drive first slide plate 816 to be moved forward and backward along the third sliding rail 815 relative to second carriage saddle 812
The first chamfering actuating cylinder 818.Single-acting cylinder in the prior art can be used in the first chamfering actuating cylinder 818, leads to
The cooperation for crossing third sliding rail 815 and the second sliding block 817 smoothly drives the 5th power head 813 to be moved forward and backward, and realizes thimble 814
It moves forward and backward.
Second chamfer mechanism 82 further includes the 6th bracket 832 being fixedly connected with the pedestal 1, the 6th bracket
Third carriage saddle 833 and the second slide plate 834 positioned at 833 upper ends of the third slide unit, the 6th power are provided on 832
First 822 are fixedly connected on second slide plate 834, are provided with second described in the 4th sliding rail 835 on the third carriage saddle 833
The lower end of slide plate 834 is provided with the third sliding block 836 to match with the 4th sliding rail 835, and the third carriage saddle 833 is also
Being provided with can drive second slide plate 834 to be moved forward and backward along the 4th sliding rail 835 relative to the third carriage saddle 833
Second chamfering actuating cylinder 837, the second chamfering actuating cylinder 837 can be used single-acting cylinder in the prior art, pass through
The cooperation of 4th sliding rail 835 and third sliding block 836 smoothly drives 822 front and back of the 6th power head understandable, realizes chamfering
The feed of knife group 821 and withdrawing.
As shown in Fig. 3, the dragging track includes that the first sliding rail 12 and second being symmetrically distributed on the pedestal 1 is slided
Rail 13 is formed with the riding space slided for the lock housing 9 between first sliding rail 12 and the second sliding rail 13；Described
One sliding rail 12 and the upper end of the second sliding rail 13 are fixedly connected by multiple reinforcing members 18, make the first sliding rail 12 and the second sliding rail 13
Spacing between front and back keeps same distance, the location error of riding space is reduced, to improve machining accuracy.Described first is sliding
The outside of rail 12 is provided with several third positioning components 14 that can be fixed on lock housing 9 in the dragging track, respectively at burr
Mechanism 4 expands hole of bead mechanism 5, attacks screw holes mechanism 6 and the cooperation of tapping mechanism 7, and lock housing is fixed on dragging track in processing
On, effectively improve machining accuracy.As shown in Fig. 24, the third positioning component 14 includes positioning sliding block 19 and is arranged described
It can be provided in positioning sliding block 19 and in the positioning sliding block 19 and be sent for described with respect to the feeding locating piece 20 that it slides back and forth
Expect the sliding slot that locating piece 20 slides, the lower end of the positioning sliding block 19 is fixedly connected with the pedestal 1, the positioning sliding block 19
Rear end is provided with the positioning cylinder 21 that the feeding locating piece 20 can be driven to slide back and forth in the sliding slot, first sliding rail
12 side has the location hole that passes through and be inserted into the bracket groove 32 for the positioning region, and structure is simple, described when positioning
The front end of feeding locating piece 20 passes through the location hole and is inserted into the bracket groove 91, and lock housing is fixed on dragging track.It is described
Preceding dragging mechanism 32 and rear dragging mechanism 33 are separately positioned on the outside of the rear and front end of second sliding rail 13, such as 23 institute of attached drawing
Show, the preceding dragging mechanism 32 includes can be relative to the preceding material drag plate 321 that second sliding rail 13 all around moves, before described
The side evagination of material drag plate 321 is formed with the preceding material drag portion 322 that can be inserted into or extract in the bracket groove 91, second sliding rail 13
Front end be provided with the first material drag notch 15 passed through for the preceding material drag portion 322；It is inserted into bracket groove 91 by preceding material drag portion 22,
Lock housing is driven in dragging track out of first rotating clamp base 203.33 structure phase of the preceding dragging mechanism 32 and rear dragging mechanism
It is same or similar.
Furthermore, the preceding dragging mechanism 32 further includes material drag fixed plate 323 and cylinder fixing piece 324, described
Material drag fixed plate 323 is fixedly connected with the pedestal 1, and slide rail body 325, the cunning are provided in the material drag fixed plate 323
The first guide rod 326 that can be slid back and forth with respect to it, one end of first guide rod 326 and the gas are provided in rail main body 325
Cylinder fixing piece 324 is fixedly connected, and being additionally provided on the slide rail body 325 can drive the cylinder fixing piece 324 with respect to before it
The the first material drag cylinder 327 moved afterwards, the first guide rod 326 plays position-limiting action to the movement of cylinder fixing piece 324, and can make it
Movement it is more steady.It is provided with the second guide rod 328 that can be horizontally slipped with respect to it on the cylinder fixing piece 324, described
One end of two guide rods 328 is fixedly connected with the preceding material drag plate 321, and institute can be driven by being additionally provided on the cylinder fixing piece 324
Opposite the second material drag cylinder 329 that it is moved left and right of material drag plate 321 before stating, the second guide rod 328 play the movement of preceding material drag plate 321
To position-limiting action, and its movement can be made more steady.
Claims (10)
1. a kind of lock housing automated processing machine tool, it is characterised in that it includes pedestal (1), is provided with feeding on the pedestal (1)
Mechanism (3) and controller (11) are disposed with burring mechanism (4) along the feed direction of the feeding mechanism (3), expand pearl
Holes mechanism (5) attacks screw holes mechanism (6) and tapping mechanism (7), is additionally provided on the pedestal (1) positioned at the feeding mechanism
(3) feeding mechanism (2) of front end and be located at the feeding mechanism (2) rear and front end first fraising mechanism (21) and second
It reams mechanism (22), the unloading mechanism (8) and difference positioned at the feeding mechanism (3) rear end is additionally provided on the pedestal (1)
The first chamfer mechanism (81) and the second chamfer mechanism (82) positioned at the unloading mechanism (8) rear and front end, the feeding mechanism
(3) include slide guide rail and be arranged in it is described slide in guide rail and can with respect to the delivery sheet (301) of its upper and lower bilateral reciprocation,
The lower end of the lock housing (9) has bracket groove (91), and the upper end of the delivery sheet (301), which is provided with, several can be inserted into the bracket groove
(91) handsetting block base (302) that is interior and driving the lock housing (9) to slide along the dragging track, the front end of the feeding mechanism (3)
The lock housing (9) of the feeding mechanism (2) can be brought into the preceding dragging mechanism (32) slided in guide rail by being provided with, rear end setting
There is the rear dragging mechanism (33) that the lock housing (9) in dragging track can be brought into the unloading mechanism (8)；The feeding mechanism
(3), burring mechanism (4), expand hole of bead mechanism (5), attack screw holes mechanism (6), tapping mechanism (7), feeding mechanism (2), first
Ream mechanism (21), second fraising mechanism (22), unloading mechanism (8), the first chamfer mechanism (81), the second chamfer mechanism (82),
Preceding dragging mechanism (32) and rear dragging mechanism (33) are electrically connected with the controller (11) respectively.
2. lock housing automated processing machine tool according to claim 1, it is characterised in that the feeding mechanism (2) includes first
The upper end and opposite the first lifting that it is moved up and down of energy of lifting backing plate (201) and setting in first lifting backing plate (201)
Plate (202) is provided with the first rotating clamp base (203) on first lifter plate (202) and drives first rotating clamp base
(203) the first rotation cylinder (204) rotated；Feed lead rail bracket is additionally provided in first lifting backing plate (201)
(205), the material frame plate positioned at the first rotating clamp base (203) upper end is provided on the feed lead rail bracket (205)
(206), the storage material frame (207) of the first rotating clamp base (203) described in face, the storage material are provided on the material frame plate (206)
It can be stored on frame (207) several lock housings (9), gravity can be passed through for the lock housing (9) by being provided on the material frame plate (206)
It passes through and the feed opening (209) that falls into first rotating clamp base (203) and can control the feed opening (209) and play on or off
The discharge flapper (208) closed；Lock housing (9) can be fixed on first rotation by being additionally provided on the feed lead rail bracket (205)
Turn the first positioning component (23) in holder (203)；First fraising mechanism (21) includes the be fixedly connected with the pedestal (1)
One bracket (211) is provided with the first carriage saddle (212) on the first support (211), sets on first carriage saddle (212)
It is equipped with the first power head (213) that can be moved forward and backward along the y axis with respect to it, the output shaft of first power head (213) connects
It is connected to the first cutter (214)；There are two concentric round tube portions (92) for the lower end tool of the lock housing (9), in two round tubes
It is formed between portion (92) bracket groove (91), first power head (213) drives first cutter (214) to be inserted
It reams in one round tube portion (92)；It is described second fraising mechanism (22) with first ream mechanism (21) structure it is identical or
It is similar.
3. lock housing automated processing machine tool according to claim 1, it is characterised in that the feeding mechanism (3) further includes setting
It sets the rail (303) in the pedestal (1) and is located at the lift connection plate (304) of the rail (303) lower end, the lifting
Be provided on connecting plate (304) match with the rail (303) and can opposite first sliding block (305) that it horizontally slips, institute
State be provided in the first sliding block (305) can the opposite elevator (306) that it is slided up and down, the upper end of the elevator (306) and
The delivery sheet (301) is fixedly connected；Being additionally provided on the lift connection plate (304) can drive on the delivery sheet (301)
The feeding lifting cylinder (307) of lower movement；The lift connection plate (304), which is also connected with, can drive it relative to the rail
(303) rodless cylinder (308) moved left and right；The lower end of the lift connection plate (304) is additionally provided with first movement connecting plate
(309) and the second mobile connection plate (310), the both ends of the rodless cylinder (308) respectively with the first movement connecting plate
(309) it is fixedly connected with the second mobile connection plate (310), the sliding shoe (311) and the pedestal of the rodless cylinder (308)
(1) it is fixedly connected, is respectively arranged with speed regulator on the first movement connecting plate (309) and the second mobile connection plate (310)
(312)。
4. lock housing automated processing machine tool according to claim 1, it is characterised in that the burring mechanism (4) include with
The fixed frame (41) that the pedestal (1) is fixedly connected is provided with above the dragging track on the fixed frame (41)
Cylinder guidance plate (42) is additionally provided with the punching that the cylinder guidance plate (42) can be driven to move up and down on the fixed frame (41)
The lower end of cylinder (43), the cylinder guidance plate (42) is provided with the red needle (44) of several array distributions.
5. lock housing automated processing machine tool according to claim 1, it is characterised in that the expansion hole of bead mechanism (5) include with
The second support (501) that the pedestal (1) is fixedly connected is provided with horizontal slide unit seat (502) on the second support (501),
Being provided on the horizontal slide unit seat (502) can be described vertical with respect to the longitudinal slide unit seat (503) that it is moved left and right along the x axis
Being provided on carriage saddle (503) can be with respect to second power head (504) that it is moved forward and backward along the y axis, second power
The output shaft of head (504) is connected with the second cutter.
6. lock housing automated processing machine tool according to claim 1, it is characterised in that the screw holes mechanism (6) of attacking is set altogether
There are two setting, the front and rear sides of the dragging track are located at, the screw holes mechanism (6) of attacking includes and the pedestal (1)
The third bracket (61) being fixedly connected is provided with third power head (62) on the third bracket (61), the third power head
(62) output shaft is connected with third cutter (63), and the front end of the third cutter (63) has bore portion (64) and is located at described
The corner portion (65) of bore portion (64) rear end, the lateral surface of the corner portion (65) are inclined-plane, the radial direction of the corner portion (65)
Maximum width is greater than the radial maximum width of the bore portion (64).
7. lock housing automated processing machine tool according to claim 1, it is characterised in that the tapping mechanism (7) includes and institute
The 4th bracket (71) that pedestal (1) is fixedly connected is stated, the 4th cutter (72) is provided on the 4th bracket (71) and drives institute
State the 4th power head (73) of the 4th cutter (72) rotation.
8. lock housing automated processing machine tool according to claim 1, it is characterised in that the unloading mechanism (8) includes second
The upper end and opposite the second lifting that it is moved up and down of energy of lifting backing plate (801) and setting in second lifting backing plate (801)
Plate (802) is provided with the second rotating clamp base (803) on second lifter plate (802) and drives second rotating clamp base
(803) the second rotation cylinder (804) rotated；It can be fixed on for lock housing (9) by being provided on second rotating clamp base (803)
The second interior positioning component；First chamfer mechanism (81) includes the 5th bracket being fixedly connected with the pedestal (1)
(811), it is provided with the second carriage saddle (812) on the 5th bracket (811), being provided on second carriage saddle (812) can
Opposite the 5th power head (813) that it is moved forward and backward along the y axis, the output shaft of the 5th power head (813) are connected with top
Needle (814)；Second chamfer mechanism (82) is similar to the first chamfer mechanism (81) structure, second chamfer mechanism
It (82) include rose reamer group (821) and the 6th power head (822) for driving rose reamer group (821) rotation, the rose reamer
Group (821) includes knife handle (823) and expansion knife (824), rear end and the 6th power head (822) of the knife handle (823)
Output shaft is fixedly connected, and the expansion slot (825) that can accommodate expansion knife (824), institute are provided in the middle part of the knife handle (823)
Stating expansion knife (824) has the first elastic arm (826) and the second elastic arm (827), first elastic arm (826) and the second bullet
The rear end of property arm (827) is connected to form fixed part (831), and the fixed part (831) is fixedly connected with the expansion slot (825),
The front end of first elastic arm (826) and the second elastic arm (827) distinguishes outwardly convex and forms cutting part (828), described to cut
The both ends for cutting portion (828) have chamfering section (829), the shape between first elastic arm (826) and the second elastic arm (827)
At the expansion space (830) having for the thimble (814) insertion；The lower end of the lock housing (9) has bracket groove (91) and is located at
The round tube portion (92) of bracket groove (91) two sides, when chamfering, the front end of the knife handle (823) passes through one of the round tube portion
(92) it and protrudes into the bracket groove (91), the thimble (814) passes through from round tube portion (92) described in another and is inserted into described
In expansion space (830), the cutting part (828) is made to stretch out the expansion slot (825) outside, chamfering section (829) rotation
Cut the edge of the bracket groove (91).
9. lock housing automated processing machine tool according to claim 1, it is characterised in that the dragging track includes symmetrical point
First sliding rail (12) and second sliding rail (13) of the cloth on the pedestal (1), first sliding rail (12) if on the outside of be provided with
The dry third positioning component (14) that lock housing (9) can be fixed in the dragging track；The preceding dragging mechanism (32) and rear dragging
Material mechanism (33) is separately positioned on the outside of the rear and front end of second sliding rail (13), and the preceding dragging mechanism (32) includes can
Relative to the preceding material drag plate (321) that second sliding rail (13) is all around moved, the side evagination of the preceding material drag plate (321)
It is formed with the preceding material drag portion (322) that can be inserted into or extract in the bracket groove (91), the front end of second sliding rail (13) is provided with
The the first material drag notch (15) passed through for the preceding material drag portion (322)；The preceding dragging mechanism (32) and rear dragging mechanism (33)
Structure is same or similar.
10. lock housing automated processing machine tool according to claim 9, it is characterised in that the preceding dragging mechanism (32) is also wrapped
Material drag fixed plate (323) and cylinder fixing piece (324) are included, the material drag fixed plate (323) is fixedly connected with the pedestal (1),
It is provided with slide rail body (325) on the material drag fixed plate (323), being provided in the slide rail body (325) can be with respect to before it
The first guide rod (326) slided afterwards, one end of first guide rod (326) are fixedly connected with the cylinder fixing piece (324), institute
Stating to be additionally provided on slide rail body (325) can drive the cylinder fixing piece (324) with respect to the first material drag gas that it is moved forward and backward
Cylinder (327)；The second guide rod (328) that can be horizontally slipped with respect to it is provided on the cylinder fixing piece (324), described second leads
One end of bar (328) is fixedly connected with the preceding material drag plate (321), and being additionally provided on the cylinder fixing piece (324) can drive
The preceding material drag plate (321) is with respect to the second material drag cylinder (329) that it is moved left and right.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810936843.0A CN109048352B (en) | 2018-08-16 | 2018-08-16 | Automatic processing machine tool for lock shell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810936843.0A CN109048352B (en) | 2018-08-16 | 2018-08-16 | Automatic processing machine tool for lock shell |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109048352A true CN109048352A (en) | 2018-12-21 |
| CN109048352B CN109048352B (en) | 2023-05-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810936843.0A Active CN109048352B (en) | 2018-08-16 | 2018-08-16 | Automatic processing machine tool for lock shell |
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| CN (1) | CN109048352B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109500323A (en) * | 2019-01-11 | 2019-03-22 | 温州市世锋五金索具有限公司 | A kind of carbine processing unit (plant) |
| CN110394509A (en) * | 2019-06-28 | 2019-11-01 | 广州优得佳模具科技有限公司 | A kind of tapping device |
| CN111660099A (en) * | 2020-05-14 | 2020-09-15 | 江苏理工学院 | Full-automatic spring lock body tapping device |
| CN112207573A (en) * | 2020-10-12 | 2021-01-12 | 杭州新智远数控设备有限公司 | Full-automatic processing equipment of calabash lock courage |
| CN113458803A (en) * | 2021-07-06 | 2021-10-01 | 临沂鑫禄商贸有限公司 | Clothes hanger production facility |
| CN113547329A (en) * | 2021-06-16 | 2021-10-26 | 张诗伊 | Spring bolt machine tool |
| CN114986229A (en) * | 2022-05-23 | 2022-09-02 | 荣成荣盛橡胶机械有限公司 | Blank feeding device and method for machining guide wheel axle seat of excavator |
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| CN105750658A (en) * | 2016-04-12 | 2016-07-13 | 艾欧特克（江苏）机床有限公司 | Fully automatic numerical control chamfering machine |
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| CN111660099A (en) * | 2020-05-14 | 2020-09-15 | 江苏理工学院 | Full-automatic spring lock body tapping device |
| CN111660099B (en) * | 2020-05-14 | 2022-03-25 | 江苏理工学院 | Full-automatic spring lock body tapping device |
| CN112207573A (en) * | 2020-10-12 | 2021-01-12 | 杭州新智远数控设备有限公司 | Full-automatic processing equipment of calabash lock courage |
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